
The new ANSI/ESD S 20.20-2007 criteria for testing of ESD flooring now clearly favors ESD flooring that falls in the static conductive <1.0E06 versus the static dissipative (>1.0E06 and <1.0E09) range of electrical conductivity. Due to these recent changes, testing of anti-static (static dissipative)
ESD flooring has become more cumbersome and time consuming.
Slightly compromised (dirty) anti-static ESD flooring often fails combination resistance testing of technician/heel grounders and flooring. And (due to the high resistance levels of some anti-static floors) carts, chairs and trolleys (in conjunction with static dissipative flooring) are in many cases not conductive enough to pass many of the new requirements.
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ElectraThane metal enhanced polymeric sealant is extremely resilient and hard to remove with floor stripping liquids but doesn't produce the ultimate high shine so often desirable in today's high tech environments. To provide this high shine we've coated the sealer with our ElectraGlaze floor finish. The results: ESD flooring that provides superb conductivity, wear performance that rivals thick set (hard to apply and expensive) epoxy and even that of ESD vinyl tile all at a fraction of the associated cost. The system is fully reparable if scratched (light sanding with a vibratory sander works well followed by a re coat of ElectraGlaze). The ElectraGuard System is easy to maintain (typical; dust mop daily, damp mop weekly and polish off scuff marks as needed) similar to maintenance of any ESD flooring. The ElectraGuard System meets stringent new specifications for conductivity as issued in ANSI/ESD S 20.20-2007. Since it typically falls in the ESD conductive range it can easily be tested via standard resistivity test equipment such as our RT1000 (unlike static dissipative flooring that now must be tested for electrostatic generation potential with very specialized equipment). |